This course aimed to provide concise coverage of the basic chemistry of carbohydrates. Also to ensure that students have the necessary knowledge and skills to compare between different anabolic and catabolic process of carbohydrates metabolism and to conclude the energy consumed and /or produced during each metabolic pathway. In the mean time the student able to predict differential diagnosis of diseases relate defects in carbohydrates metabolism.
Course Descriptin
Name: Inorganic Chemistry: Theories of Bonding and Non-Transition Elements
Code: CHEM 272:
Credit hours: 2 Cr. Hr. (L2+P 0)
Prerequisite: (-)
Contents:
Part 1:
Theories of Bonding: Bonding and structures MO theory for diatomic and polymeric molecules, valance balance bond theory, hybridization and molecular shapes, three-center bond model, ionic solid lattices energy, Born-Haber cycle.
Part 2:
Chemistry of Non-Transition Elements: Hydrogen , group I, II, III, IV , V , VI, VII elements and the Nobel gases.
Name: Inorganic Chemistry: Theories of Bonding and Non-Transition Elements
Code: CHEM 272:
Credit hours: 2 Cr. Hr. (L2+P 0)
Prerequisite: (-)
Contents:
Part 1:
Theories of Bonding: Bonding and structures MO theory for diatomic and polymeric molecules, valance balance bond theory, hybridization and molecular shapes, three-center bond model, ionic solid lattices energy, Born-Haber cycle.
Part 2:
Chemistry of Non-Transition Elements: Hydrogen , group I, II, III, IV , V , VI, VII elements and the Nobel gases.
